What addition to traditional explosives allows for greater precision in modern applications?

The addition of smart technology in detonators enables greater precision in modern applications of explosives. Traditional detonators usually rely on simple, mechanical triggers that initiate an explosion based on time or pressure. In contrast, smart technology incorporates advanced electronics, sensors, and computer algorithms that allow for more controlled detonation sequences. This technology can take into account various factors such as environmental conditions and the specific mission at hand, leading to more precise targeting. It allows operators to adjust timings and sequences remotely and in real-time, which is crucial for minimizing collateral damage and maximizing effectiveness in sensitive operations.

While improved safety equipment enhances the general safety of handling and deploying explosives, and enhanced visual recognition systems contribute to better identification of targets or threats, they do not directly influence the precision of the explosive itself. Similarly, mobile command centers support the coordination and management of operations but do not inherently improve the accuracy of explosive devices. Therefore, the integration of smart technology in detonators stands out as the key advancement for increasing precision in explosive applications.